SFBMC5000152MX0

Feed Through Capacitors are passive components that allow current to pass through them while blocking the flow of capacitive current in both directions. A typical Feed Through Capacitor consists of two standard single layer capacitors in series, with a ceramic or plastic body in between them. The SFBMC5000152MX0 is a type of Feed Through Capacitor and is designed for a variety of applications where a high-endurance, low-profile capacitor is required.

The SFBMC5000152MX0 has a specified capacitance of 152pF and a maximum working voltage of 500VAC. It is a two-terminal device designed to be mounted on printed circuit boards or other supporting surfaces by soldering, insulating via common solder-jointing procedures or other suitable methods. The body of the capacitor is made of potted plastic with a ceramic encasement for vibration and corrosion protection.

The SFBMC5000152MX0 offers a wide range of applications in radio frequency (RF) circuits, such as signal conditioning, filtering, coupling and power and signal distribution. It is also suitable for general wideband use, as well as for high frequency (HF) applications such as wideband amplifiers and filters. In addition, the SFBMC5000152MX0 can be used in high voltage loudspeaker and antenna circuits as well as high voltage power supplies.

The working principle of the SFBMC5000152MX0 is based on a symmetrical structure, consisting of two capacitors connected in series, and allows for the flow of current through the device while blocking charges and potentials that try to flow in both directions. This ensures the effective separation of various AC and DC signals and prevents interference between signals. In addition, the capacitor is protected against external influences such as humidity, temperature changes and vibration.

The SFBMC5000152MX0 offers a wide range of applications in radio frequency and high frequency circuits and offers high performance and reliable operation in harsh environments. It is suitable for use in a variety of industrial, medical, automotive and consumer electronics applications. The capacitor\'s compact size and relatively low cost make it ideal for a variety of applications needing efficient, durable, and cost-effective capacitors.